OKI Semiconductor MSM9004-01/02 1/3, 1/4 DUTY LCD DRIVER WITH 4-DOT COMMON DRIVER AND 49-DOT SEGMENT DRIVER GENERAL DESCRIPTION The MSM 9004-01 /02 is an LCD driver for dynamic display with a 1/3 and 1/4 duty selecting function. When the 1/3 duty is selected, it can display up to 147 segments, and when the 1/4 duty is selected, up to 196 segments. FEATURES * Logic power supply voltage (Vpp) LCD drive power supply voltage (Vg) Serial transfer clock frequency LCD output resistance -Common driver -Segment driver * Display duty LCD segment output * Maximum number of display segments -For 1/3 duty -For 1/4 duty Display blanking terminal attached Operating temperature range Interface with microcontroller -MSM9004-01 -MSM9004-02 * System clock -MSM9004-01 -MSM9004-02 Package :5.0V + 10% [3.5 V to5.5V : 2 MHz max. 220 kQ :60kQ : 1/3, 1/4 selectable 249 : 147 segments max. : 196 segments max. > -40 to +85C : LOAD, DATA, CLOCK1, CLOCK2 : LOAD, DATA, CLOCK2 : external input : internal oscillation circuit (need external resistor and capacitor) 64-pin plastic OFP (QFP 64-P-1414-BK) (Product name : MSM9004-01 GS-BK) (Product name : MSM9004-02 GS-BK) * Comparison of device code with function Function | LCD segment Duty system clock output so | 49 | v3 | 1/4 | external input | {Tern oscillation Device code circuit MSM9004-01 oO Oo _ MSM9004-02 _ Oo oO _ oO MSM9004-03 Oo _ _ O O _ MSM9004-04 Oo -|- Oo _ O 124 | MM 6724240 OOe3034 743OKI Semiconductor MSM9004-01/02 BLOCK DIAGRAM MSM9004-01 SEG (CSG Vop - : Vict BLANK 49-OUT SEGMENT DRIVER | Vicz Vecs 3/4SEL t CoM! TIMING COMMON COM2 GENERATOR 49-BIT DATA SELECTOR DRIVER CoM3 | COM4 J 1 49-BIT 49-BIT 49-BIT 49-BIT DATA LATCH 1 DATA LATCH 2 DATA LATCH 3 DATA LATCH 4 7 CLE ae a im ~ at den CLOCK! 49-BiT SHIFT REGISTER am Vss 0 oH8 CONTROL DATA LOGIC 125 Me 6724240 0023035 b8T aaaMSM3004-01 /02 OKI Semiconductor BLOCK DIAGRAM MSM9004-02 SEG1 SEG49 49-OUT SEGMENT DRIVER Vice Vica 3/4SELO- ' 1 | COMI TIMING COMMON come GENERATOR 49-BIT DATA SELECTOR Avi COMS COMA [ IL 49-BIT 49-BIT 49-BIT 49-BIT DATA LATCH 1 DATA LATCH 2 DATA LATCH 3 DATA LATCH 4 | [ 1 1 | =f dep osc OSCILLATOR 49-BIT SHIFT REGISTER 7 Vsg Cla e CONTROL DATA LOGIC 126 - MM 6724240 00230356 516OKI Semiconductor MSM9004-01/02 PIN CONFIGURATION (TOP VIEW) MSM9004-01 - NI Z=V2er_ ., & HaxcSEE sect C1] [48] SEG48 SEG2 [2] (C) | 47 | SEG47 SEG3 [2] | 46 | SEG46 SseG4 [7] [a5 | SEG45 SEG5 (5 [aa] SEG44 SeG6 [6_| Tas] SEG43 SEG? C7] [az] SEG42 SEG8 [8_| TaT] SEGA seo (| [40] SEG4O SEG10 (10 | 39 | SEG39 SeG11 OT] [38] SEG38 SEG12 [12] [37 ] SEG37 SEG13 [3] [36 | SEG36 SeG14 F] [35 ] SEG3S SEG15 113] C) [34] SEG34 SEG16 [16 | | 33 | SEG33 se617 (171 SEG18 [18] SEG19 [19] SEG20 [20] SEG21 [27] SEG22 [22] SEG23 (25 | SEG24 [24] SEG25 [25] SEG26 [26] SEG27 [271 SEG28 (28 SEG29 [20 SEG30 [30] SEG31 (3T] SEG32 [32] 64-Pin Plastic QFP 127 Mi 6724240 0023037 45 aaa amma aaaMSM9004-01/02 OKI Semiconductor PIN CONFIGURATION (TOP VIEW) MSM9004-02 ZELas Ho<skg S255 sy sug e8SESh s ll fl ff P| Le set CT Lae] SEG48 seG2 [27 (O) LAT] SEGA? SEG3 (3 | 46 | SEG46 SEG4 [4] | 45] SEG45 SEGS [37 Fam] SEG44 secs [6] fa] SEG43 SEG7 [7] | 42} SEG42 SEG8 [3] | 41] SEG41 SEG? (9 | 40] SEG40 SEG10 [10 P35] SEG39 SEG11 TTT] | 38 | SEG38 SEG12 (TZ) H37] SEG37 SEG13 OS] [30 | SEG36 SEG14 C1] P35] SEG35 SG15 (157 C) 34] SEG34 SEG16 (1E] 33 | SEG33 SEG17 [171 SEG18 [187 SEG19 [19] 64-Pin Plastic QFP 128 MM 6724240 0023036 3959OKI Semiconductor MSM9004-01/02 PIN DESCRIPTION Pin | Symbol | Type | Connected to Description 86 | CLOCK1*14 l Micro- System clock input pin. controller | For details see "MSM9004-02 Oscillation Circuit Characteristics. 56 |OSC *2) | External Pin for oscillation Vpp resistor Connecting the external resistor and capacitor Capacitor . Westen e atop. configures the oscillation circuit. Connect the resistor and capacitor as in the figure | _OSC to the right. yd Vg 52 | DATA | Micro- Serial data input controller _| For details on the configuration of input data, see "Data Configuration. 51 | CLOCK2 | Micro- Shift clock input (Schmitt circuit included) controller | input data is read synchronizing with the rising edge of this clock. 53 | LOAD | Micro- Load signal input (Schmitt circuit included} controller Serial input data is transferred to the display latch when this LOAD signal is at a H level. 50 | BLANK Input pin for turning off all segments All segments turn off, regardless of the display data, when this pin is at a L level, and all segments return to the status before turning off when this pin is at a H" level. 54 | 3/4SEL I Input pin for selecting 1/3 or 1/4 duty _ 1/3 duty drive is selected when this pin is at a "H" level, and 1/4 duty drive is selected when this pin is at a"L" level. 61 to 64] COM1-4 0 LCD LCD common outputs Leave COM4 open for 1/3 duty drive. 1 to 49] SEG1-49 QO | LCD LCD segment outputs 60 {Vici Power Bias power supply pins for driving the LCD 59 | Vice supply Conditions for bias voltage are as follows : 3.5V < Vpp - Vic3 $ 5.5V 58 | Vic3 _ 1 Vict = Voo - 3 (Von Vics) 2 Vice = Von - 3 (Vop Vics) Vics 2 Vsg 55 |Vpp Power _ Power supply pins 57 | Veg supply Normally used as Vpp = 4.5 - 5.5 V and Vss = OV. *1: Applied to MSM9004-01. *2: Applied to MSM9004-02. 129 MH 6724240 0023039 225 aaa amaMSM9004-01/02 OKI Semiconductor ABSOLUTE MAXIMUM RATINGS Parameter Symbol Condition Rating Unit Power Supply Voltage Voo _ -0.3 to +6.5 V Bias Voltage Vel _ -0.3 to Vpp +0.3 V Input Voltage Vin _ -0.3 t0 Vpp +0.3 V Power Dissipation Pp Ta = +85C 450 mw Storage Temperature Tst _ -55 to 150 C RECOMMENDED OPERATING CONDITIONS Parameter Symbol! Condition Range Unit Power Supply Voltage Vop _ 45 to 5.5 V Bias Voltage Vel 4 Vpp -5.5 to Vpp -3.5 V System Clock Frequency fop1 Applied to MSM9004-01 1.6to3 kHz Self Oscillation Frequency fosc Applied to MSM9004-02 1.6 to 3 kHz Shift Frequency (Max) fope _ 2.0 MHz Operating Temperature Top _ -40 to +85 C *1: Add the following voltages to Vic1, Vic2 and Vic3. 130 1 Vici=Vpp- 3 (Vpp-Ve)) Vic2= Vpp - 4 (Vpp-Ve)) Vic3=Vpp - 4 (Vpp-Vpp=VeiI MM 6724240 0023040 TH?OKI Semiconductor ELECTRICAL CHARACTERISTICS DC Characteristics (MSM9004-01) MSM9004-01/02 (Taz 40 to +85C, Vpp=4.5 ta 5.5 V, Vei=Vpp-5.5 V to Vpp~3.5 V} Parameter Symbol Condition Min. | Max. | Unit! Applicable pin High Level Input Voltage LOAD, CLOCK2 Vint _ 0.8Vpp} Voo | V_ | DATA, 3/4SEL BLANK Vine _ 0.85Vpp] Vpp | V | CLOCK1 Low Level Input Voltage LOAD, CLOCK2 Viu _ 0.0 10.2Voo] V | DATA, 3/4SEL BLANK Vivg _ 0.0 0.15Vpp} V | CLOCK1 High Level Input Current LOAD, CLOCK1 ie Vin=Voo -1.0 | 1.0 | pA | CLOCK2, DATA 3/4SEL he Vin=Vop -2.0 | 2.0 | pA | BLANK Low Level Input Current LOAD, CLOCK1 Niu Vop=5.5 V, Vin=0 V -1.0 ; 1.0 | pA | CLOCK2, DATA 3/4SEL live Vpp=5.5 V, Vin=0 V -130 | -20 | pA | BLANK Ronvo Ipn=-10 pA | Vpp=5.5 V ON Resistance (SEG) Fon ae | 60 | ka | seGt-49 ONV2 o=t10 pA Vict= 2 Yop Ronvs Io= 10 pA Ronvo Io=-30 pA 1 ON Resi COM Row _[lors80 wa | "2-3 20 | ka | com esistance (COM) Ronvo io=230 yA _ COM1-4 Ronv3 lo= 30 pA _| Vica-Vss fopy=2.4 kHz * 1 Dynamic fcpa=1 MHz Current Consumption 'ooo V4 duty | 095 | MA | Voo COM1-4 : No Load SEG1-49 : No Load fcp1=0 Hz Static fop2=0 Hz Current Consumption loos COM1-4 : No Load - 10 | HA | Voo SEG1-49 : No Load * 1: MB 6724240 0023041 143 For input data, input a logic "0" and a logic "1" alternatively to LCD display bits. 131 aaaMSM9004-01/02 OKI Semiconductor DC Characteristics (MSM9004-02) (Ta= 40 to +85C, Vpp=4.5 to 5.5 V, Vgj=Vpp5.5 V to Vpp-3.5 V) Parameter Symbol Condition Min. | Max. | Unit} Applicable pin High Level Input Voltage LOAD, CLOCK2 View _ 0.8Vpp| Vop | V | DATA, 3/4SEL BLANK Low Level Input Voltage LOAD, CLOCK2 Vins _ 0.0 |0.2Vpp| V_ | DATA, 3/4SEL BLANK High Level Input Current LOAD, CLOCK2 It Vin=Voo THO} 1.0 | HAT ata, 9/4SEL lia Vin=Vpp -2.0 | 2.0 | pA | BLANK Low Level Input Current LOAD, CLOCK2 tut Vpp=5.5 V, Vin=0 V -1.0 | 1.0 | pA DATA, 3/4SEL Ita Vpp=5.5 V, Vin=O V ~130 | -20 | pA | BLANK Ronvo lo=-10 pA Vpp=5.5 V R lo=#10 pA ON Resistance (SEG) owt __| lors 10 > | 60 | ka | seGt-a9 Ronve | los#10 HA | vic = Vo0 Ronv3 ig= 10 yA Ronvo {o=-30 yA Ronvi 1o=+30 iA Vice 3 Von ON Resistance (COM) R 192230 pA _ 20 | kg2 | COM1-4 ONV2 o= Ronv3 lo= 30 pA Vicg=Vss fcop2=1 MHz | Dynamic 1/4 duty I | 0.75 AV Current Consumption ppp COM1-4 : No Load m 0 SEG1-49 : No Load *h For input data, input a logic "0" and a logic "1" alternatively to LCD display bits. External resistor for oscillation : Rg = 62 kQ External capacitor for oscillation : Cy = 0.01 WF 132 , M@@ 6724240 OO2e304e 41TOKI Semiconductor MSM9004-01/02 AC Characteristics (Ta= 40 to +85C, Vop=4.5 to 5.5 V, Vgi=Vpp-5.5 V to Vpp-3.5 V) Parameter Symbol! Condition Min. | Max. | Unit System Clock Frequency fepy Not applied to MSM9004-02 1.6 3.0 kHz System Clock Pulse Width twer1 Not applied to MSM9004-02 1.0 us Data Clock Frequency fore _ _ 2.0 MHz Data Clock Pulse Frequency twop2 _ 200 _ ns Data Setup Time tsy _ 100 _ ns Data Hold Time tuo _ 100 _ ns Load Pulse Width twip _ 200 ns Clock-Load Time tet _ 200 ns Load-Clock Time tic _ 200 _ ns Rise Time t _ _ 100 ns Fall Time t _ _ 100 ns twepy, Wort t atte J 0.85Vpp moe / a, 0.15Vop twep2__, twep2 cpa ty tf J J 0.8Vpp CLOCK2 j 0.2Vpp tsu a) Ificp2 0.8Vpp DATA 0.2Vpp twip yy _ tr _/ \ tte 0.800 LOAD Ht o+ 02Vpp t te *1: Not applied to MSM9004-02. 133 Me 6724240 0025043 756 a aMSM9004-01/02 OKI Semiconductor FUNCTIONAL DESCRIPTION Display Data Input CLOCK2 f f f f f f f f f f f f f f DATA __\b49XD4BXD47Xd46XD45X XX D2X DIX o X 0 X 0 Ker NX c2\X c3 Ka) \ AL A / LCD display bit Dummy bit Select bit LOAD (49 bits) (3 bits) (4 bits) ry. Note: Always set a logic "0" to the dummy bit. LCD Display Bit - LCD Panel Lighting Status Correspondence Table LCD diaptay bit LCD panel Lighting (D1 to D49) status 1 ON 0 OFF LCD Display Bit - Segment Output Correspondence Table LCD display bit} Di D2 | ----eer rere D45 D46 D47 D48 D49 Segment output; SEG1 SEG2 | -------7----- SEG45 | SEG46 | SEG47 | SEG48 SEG49 Select Bit - Data Latch Correspondence Table 4 c3 c2 C1 Display data writing | Corresponding data latch common output 0 0 0 1 Data latch 1 COM1 0 0 1 0 Data latch 2 COM2 0 1 0 0 Data latch 3 COM3 1 0 0 0 Data latch 4 COMA Select bits C1 to C4, select Data latch 1 to Data latch 4 corresponding to COM 1 to COM 4 independently. If logic "1"s are selected to multiple select bits, the LCD display bits are written to all corresponding data latches. Example: When logic "1"s are set to all select bits C1 to C4, and logic "0s are set to all LCD display bits D1 to D49, logic"0"s are written to Data latch 1 to Data latch 4 by once data input. This leads to turning off the entire LCD panel. 134 MB 6724240 0023044 692OKI Semiconductor MSM9004-01/02 How to Decrease Transfer Time When Unused Segments Exist The MSM9004-01 /02 can operate even if segment data is not full. Input data as in the figure shown below. In this case, the last 4 bits are the select bit. Transfer example: for 30 segments wore FLL. PPP DATA ko30 {028028021 ABZ) _ BANDA OAD ADL AG KI} C4) LCD display bit Dummy bit Select bit LOAD (30 bits) (3 bits) (4 bits) PL Note: Always set "0" to the dummy bit. 135 Mi 6724240 O023045 559 a a aMSM9004-01/02 OKI Semiconductor MSM9004-02 Oscillation Circuit Characteristics The values of resistor and capacitors connected to the OSC pin are shown below. In this case the frame frequency is 64 to 150 Hz. Parameter Symbol} Condition Min. | Max. | Unit Resistor for oscillation Ro Accuracy : +5% 20 91 kQ Capacitor for oscillation Co | Accuracy: +10% | 0.01 | 0.022 uF frame frequency = 1/24 oscillation frequency 86m 66724240 0023046 465 mmOKI Semiconductor MSM9004-01/02 APPLICATION CIRCUITS MSM9004-01 $5 V t Vop SEG1 Yoo DATA ! Output cLock2 1/4 DUTY LOAD LCD CPU stock: \\\ panes Vss BLANK - / i MSM9004-01 7 BIAS Vict CIRCUIT Vic2 seca Mies COM1 CcOM2 ae Vg VHF Ld 3/4SEL MSM9004-02 +5V t Voo SEG1 Yop DATA : Output CLOCK? va oury LOAD CPU yO PANEL Vss a _ BLANK : fi MSM9004-02 + BIAS Vict CIRCUIT Vice sEGae Vics MW - osc COM Ra 7% GoM Vss COM4 TIT Ld 3/4SEL Me 6724240 0023047 JTl1 =MSM9004-01/02 OKI Semiconductor REFERENCE DATA 138 500 300 100 50 30 Frame Frequency fram [Hz] 10 140 120 100 80 40 Frame Frequency frray [Hz] 20 ferm VS. Ro Vop = 5 V Ta = 25C Co = 0.01 pF Co = 0.015 uF Co = 0.022 pF 20 40 60 8 ~~ 100 Resistance Ro [kQ] a fer VS. Ta Vop=5V L Ro = 33 kQ Co = 0.015 pF i Ro = 62 kQ L Co = 0.01 pF L eg Ro = 62kQ Cg = 0.015 pF 4 1 1 1 L 40 =-100 2 85 Temperature Ta [C] Me 6724240 0023048 236